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In a game of visual telephone, models converge on ecstatic sports wins, romantic nights in Paris, and other cultural chestnuts

CONCLUSION: This study developed and internally validated a dynamic, nomogram-based scoring tool for early detection of MCI that integrates non-invasive retinal and visual biomarkers. The model demonstrated high discriminative power and substantial clinical net benefit. Further evaluation of the model's prognostic value in predicting further cognitive decline may support its clinical utility.

Billionaire-backed Episteme aims to free research from bureaucracy. History shows that’s a tall task

Grassroots efforts explore what works—and where the tensions lie

Benefactors agree to help support next-generation particle accelerator, but billions more are needed

Rand Paul has blasted government science officials and scientists over COVID-19’s origin

Eindhoven University of Technology’s success sets example for other institutions to follow, researchers say

Scientists question the value of the proposed study, which will investigate a vaccine long known to be efficacious and safe

Genetic variants associated with complex traits often lie in distal enhancers. While candidate enhancers have been mapped genome wide, their functional state and gene targets in specific cell types remain unclear. Here we present AstroREG, a resource of enhancer-gene interactions in human primary astrocytes, generated by combining CRISPR inhibition (CRISPRi), single-cell RNA-seq and machine learning. By functionally testing nearly 1,000 PsychENCODE enhancers, we identified more than 150...

CONCLUSION: Postmenopausal women showed distinct epigenetic patterns in response to exercise, although these differences must be interpreted cautiously given the small premenopausal sample size. These results suggest potential immune cell-associated DNA methylation markers to inform personalized exercise strategies supporting healthy aging in women.

For memories to remain relevant and adaptive over the lifespan, modifications under specific conditions are required. Memory reconsolidation theory suggests that when a memory is reactivated, it can become labile, a state known as destabilization. This process is regulated by complex and dynamic neurobiological changes representing biological boundary conditions, which likely protect important memories from undergoing unnecessary or potentially maladaptive modifications. External cues, such as...